Showing posts with label facility. Show all posts
Showing posts with label facility. Show all posts

Friday, June 14, 2013

ExxonMobil Plans World's Biggest FLNG Facility

ExxonMobil Plans World's Biggest FLNG Facility

SYDNEY - ExxonMobil Corp. laid out plans for a development using the world's biggest floating natural gas processing plant, in a technically challenging move that underscores its bullish view on Asian demand for the fuel.

Exxon and partner BHP Billiton Ltd. want to anchor a vessel extending 495 meters--the equivalent of around five football pitches--at sea to tap into the remote Scarborough natural gas field offshore Western Australia. They're seeking government approval for the multibillion dollar project, and targeting first production as early as 2020.

Floating liquefied natural gas technology, known as FLNG, is untried but has captured the attention of some of the world's biggest energy companies seeking to access gas fields that are too small or remote to develop using pipelines and onshore facilities. Royal Dutch Shell PLC is a leading proponent of FLNG vessels, which it plans to deploy in Australia and possibly elsewhere.

The relative calm of the waters off Australia's northeastern coastline make the country a strong candidate to accommodate the world's first FLNG vessels. Its stable political environment and proximity to Asian markets that have a growing appetite for fuels that are cleaner than coal when burnt are also drawcards. According to the International Energy Agency, China's natural gas demand alone will more than quadruple to 545 billion cubic meters between 2011 and 2035.

However, companies like Exxon need to ensure their vessels can withstand stormy seas. One main concern is that the forces generated by liquefied gas sloshing in partially filled containers can damage the storage system. That issue is being addressed with containers designed to minimize sloshing and with elaborate anchoring systems that limit the movement of vessels in the water.

Exxon's proposed facility would produce between 6 million and 7 million metric tons of liquefied natural gas, or LNG, a year for several decades. The Scarborough resource was discovered in 1979 and is estimated to hold up to 10 trillion cubic feet of gas--equal to more than a third of the U.S.'s annual gas consumption.

Early design work would begin next year, ahead of a final investment decision in 2014-15, Exxon said in a filing to the federal government's environment department. A Melbourne-based spokeswoman for Exxon said FLNG has "the capacity to reduce our capital costs by removing the need for infrastructure" and has a smaller environmental footprint.

With close to a dozen natural-gas export terminals planned for its coastline, Australia is poised to leapfrog Qatar as the world's top exporter of LNG by the end of the decade. LNG is natural gas chilled to a liquid so that it can be shipped by tanker.

The industry, however, is facing increasing cost headwinds driven by a strong local currency and a shortage of skilled labor. Underscoring these challenges, Chevron Corp. and smaller joint venture partners including Exxon and Shell said in December the cost of building their giant Gorgon LNG project on the Western Australian coast had blown out by a fifth to 52 billion Australian dollars (US$54.4 billion).

The budget overruns come as Australia becomes increasingly likely to face rising competition from emerging gas-export industries in North America and Africa, which could make it tougher to secure customers.

FLNG is often touted by company executives as a means of mitigating cost pressures because much of the construction process occurs offshore in countries with cheaper sources of labor. Companies also don't have to pay for acquiring and clearing land.

"For some of the more economically challenged gas resources out there, floating LNG is going to take on a much higher profile," said Andrew Williams, a Melbourne-based energy analyst at RBC Capital Markets.

In 2011, Shell committed to use a FLNG vessel to process natural gas from its Prelude field in the Browse Basin offshore northwestern Australia. The vessel is due to begin producing 3.6 million tons of LNG each year from 2017.

Shell estimated that its project would cost between US$3 billion and US$3.5 billion for every 1 million tons of production capacity, or between US$10.8 billion and US$12.6 billion.

In its filing Tuesday, Exxon didn't estimate a cost for its Scarborough development.

Copyright (c) 2012 Dow Jones & Company, Inc.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Thursday, June 13, 2013

ExxonMobil Plans World's Biggest FLNG Facility

ExxonMobil Plans World's Biggest FLNG Facility

SYDNEY - ExxonMobil Corp. laid out plans for a development using the world's biggest floating natural gas processing plant, in a technically challenging move that underscores its bullish view on Asian demand for the fuel.

Exxon and partner BHP Billiton Ltd. want to anchor a vessel extending 495 meters--the equivalent of around five football pitches--at sea to tap into the remote Scarborough natural gas field offshore Western Australia. They're seeking government approval for the multibillion dollar project, and targeting first production as early as 2020.

Floating liquefied natural gas technology, known as FLNG, is untried but has captured the attention of some of the world's biggest energy companies seeking to access gas fields that are too small or remote to develop using pipelines and onshore facilities. Royal Dutch Shell PLC is a leading proponent of FLNG vessels, which it plans to deploy in Australia and possibly elsewhere.

The relative calm of the waters off Australia's northeastern coastline make the country a strong candidate to accommodate the world's first FLNG vessels. Its stable political environment and proximity to Asian markets that have a growing appetite for fuels that are cleaner than coal when burnt are also drawcards. According to the International Energy Agency, China's natural gas demand alone will more than quadruple to 545 billion cubic meters between 2011 and 2035.

However, companies like Exxon need to ensure their vessels can withstand stormy seas. One main concern is that the forces generated by liquefied gas sloshing in partially filled containers can damage the storage system. That issue is being addressed with containers designed to minimize sloshing and with elaborate anchoring systems that limit the movement of vessels in the water.

Exxon's proposed facility would produce between 6 million and 7 million metric tons of liquefied natural gas, or LNG, a year for several decades. The Scarborough resource was discovered in 1979 and is estimated to hold up to 10 trillion cubic feet of gas--equal to more than a third of the U.S.'s annual gas consumption.

Early design work would begin next year, ahead of a final investment decision in 2014-15, Exxon said in a filing to the federal government's environment department. A Melbourne-based spokeswoman for Exxon said FLNG has "the capacity to reduce our capital costs by removing the need for infrastructure" and has a smaller environmental footprint.

With close to a dozen natural-gas export terminals planned for its coastline, Australia is poised to leapfrog Qatar as the world's top exporter of LNG by the end of the decade. LNG is natural gas chilled to a liquid so that it can be shipped by tanker.

The industry, however, is facing increasing cost headwinds driven by a strong local currency and a shortage of skilled labor. Underscoring these challenges, Chevron Corp. and smaller joint venture partners including Exxon and Shell said in December the cost of building their giant Gorgon LNG project on the Western Australian coast had blown out by a fifth to 52 billion Australian dollars (US$54.4 billion).

The budget overruns come as Australia becomes increasingly likely to face rising competition from emerging gas-export industries in North America and Africa, which could make it tougher to secure customers.

FLNG is often touted by company executives as a means of mitigating cost pressures because much of the construction process occurs offshore in countries with cheaper sources of labor. Companies also don't have to pay for acquiring and clearing land.

"For some of the more economically challenged gas resources out there, floating LNG is going to take on a much higher profile," said Andrew Williams, a Melbourne-based energy analyst at RBC Capital Markets.

In 2011, Shell committed to use a FLNG vessel to process natural gas from its Prelude field in the Browse Basin offshore northwestern Australia. The vessel is due to begin producing 3.6 million tons of LNG each year from 2017.

Shell estimated that its project would cost between US$3 billion and US$3.5 billion for every 1 million tons of production capacity, or between US$10.8 billion and US$12.6 billion.

In its filing Tuesday, Exxon didn't estimate a cost for its Scarborough development.

Copyright (c) 2012 Dow Jones & Company, Inc.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Thursday, March 21, 2013

Aquatech to Operate Water Treatment Facility for Shale Producers

Aquatech, a world leader in wastewater treatment recycle and reuse, has been granted a permit to operate a central treatment facility in Tioga County, Pennsylvania. The facility, designed using Aquatech's MoSuite set of technologies, will deliver a menu of wastewater treatment and recycle services to the regional shale gas producers and is accepting customer orders.

MoSuite is an effective combination of MoTreat and MoVap process units, a pretreatment and distillation evaporator specifically designed to treat drill fluids, frac flowback, production brine and other wastewaters from exploration and production of conventional and unconventional oil and gas. The suite of processing units delivers a tiered menu of services including filtration, disinfection, solids handling, pretreatment and evaporation concentration.

Aquatech's offering at the Tioga facility will provide high quality wastewater treatment that delivers consistent treated water quality and flexible water management solutions for the industry.

Michael Nawrath, Aquatech's sales manager said, "We bring safe and reliable technology solutions to deliver cost sustainable water management that is adaptable to the ever changing needs of the gas producers in the region."

Founded in 1981, Aquatech is based in Canonsburg, Pennsylvania, which is in the heart of the Marcellus Shale region. Aquatech's distillation evaporator and crystallization technologies treat all levels of shale oil and gas water and wastewater including high total dissolved solids (TDS) production brine. Globally, the company treats nearly 1,000,000 barrels of oil and gas field produced water per day, helping producers minimize the amount of fresh water used in the well development process and significantly reducing the volume of wastewater that must be disposed or treated off-site. This approach alleviates the burden on local water resources during shale gas exploration.

Generated by readers, the comments included herein do not reflect the views and opinions of Rigzone. All comments are subject to editorial review. Off-topic, inappropriate or insulting comments will be removed.

View the original article here

Saturday, December 15, 2012

Noxious weed blamed in deaths of 19 wild horses in prison facility

Font ResizeLocal NewsAssociated PressAssociated PressPosted: 12/15/2012 10:49:18 AM MSTDecember 15, 2012 7:25 PM GMTUpdated: 12/15/2012 12:25:46 PM MST

CANON CITY — Federal officials say a noxious weed likely caused the deaths of 19 horses at the Canon City Wild Horse Inmate Program facility, where Colorado inmates train select mustangs.

Bureau of Land Management spokeswoman Lauren Gapinski says preliminary lab results indicate the ingestion of whorled milkweed, a highly toxic plant, is suspected to have caused the deaths. The weed was in the hay fed to the horses.

The Pueblo Chieftain reports the BLM began investigating after 11 horses died Dec. 3 and another eight died the following day. Some of the horses died on their own while others were euthanized.

Nine horses that showed illness have recovered or are recovering quickly.



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